Abstract
The effect of Prandtl number on the heat transfer characteristics of a bayonet tube is studied numerically using air (Pr=0.7), water (Pr=2.61) and ethylene glycol (Pr=40.36). Reynolds number is varied over the laminar and transitional range 350 < Re < 2625. Behaviour is explained using previous hydraulic and thermal studies. The effect is successfully described by an empirical correlation.
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